How to use newExecutionInfo method of execution Package

Best Gauge code snippet using execution.newExecutionInfo

execute.go

Source: execute.go Github

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...43 inParallel bool44 numberOfStreams int45 stream int46}47func newExecutionInfo(s *gauge.SpecCollection, r runner.Runner, ph *plugin.Handler, e *gauge.BuildErrors, p bool, stream int) *executionInfo {48 m, err := manifest.ProjectManifest()49 if err != nil {50 logger.Fatalf(err.Error())51 }52 return &executionInfo{53 manifest: m,54 specs: s,55 runner: r,56 pluginHandler: ph,57 errMaps: e,58 inParallel: p,59 numberOfStreams: NumberOfExecutionStreams,60 stream: stream,61 }62}63func ExecuteSpecs(specDirs []string) int {64 err := validateFlags()65 if err != nil {66 logger.Fatalf(err.Error())67 }68 if config.CheckUpdates() {69 i := &install.UpdateFacade{}70 i.BufferUpdateDetails()71 defer i.PrintUpdateBuffer()72 }73 res := validation.ValidateSpecs(specDirs, false)74 if len(res.Errs) > 0 {75 return 176 }77 if res.SpecCollection.Size() < 1 {78 logger.Info("No specifications found in %s.", strings.Join(specDirs, ", "))79 res.Runner.Kill()80 if res.ParseOk {81 return 082 }83 return 184 }85 event.InitRegistry()86 reporter.ListenExecutionEvents()87 rerun.ListenFailedScenarios()88 ei := newExecutionInfo(res.SpecCollection, res.Runner, nil, res.ErrMap, InParallel, 0)89 e := newExecution(ei)90 return printExecutionStatus(e.run(), res.ParseOk)91}92func Execute(s *gauge.SpecCollection, r runner.Runner, ph *plugin.Handler, e *gauge.BuildErrors, p bool, n int) {93 newExecution(newExecutionInfo(s, r, ph, e, p, n)).run()94}95func newExecution(executionInfo *executionInfo) execution {96 if executionInfo.inParallel {97 return newParallelExecution(executionInfo)98 }99 return newSimpleExecution(executionInfo)100}101func printExecutionStatus(suiteResult *result.SuiteResult, isParsingOk bool) int {102 nSkippedSpecs := suiteResult.SpecsSkippedCount103 var nExecutedSpecs int104 if len(suiteResult.SpecResults) != 0 {105 nExecutedSpecs = len(suiteResult.SpecResults) - nSkippedSpecs106 }107 nFailedSpecs := suiteResult.SpecsFailedCount...

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log_test.go

Source: log_test.go Github

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1package requestlog2import (3 "testing"4 "time"5 "github.com/​stretchr/​testify/​assert"6)7func TestAddRequestMany(t *testing.T) {8 logger := newRequestLog()9 commands := []string{"Foo", "Bar", "Baz"}10 logger.AddExecutionInfo(NewExecutionInfo(commands[0], 2*time.Second, []ExecutionEvent{Timeout}))11 assert.Equal(t, "Foo[TIMEOUT][2000ms]", logger.String())12 logger.AddExecutionInfo(NewExecutionInfo(commands[1], 10*time.Nanosecond, []ExecutionEvent{Success}))13 logger.AddExecutionInfo(NewExecutionInfo(commands[2], 210*time.Millisecond, []ExecutionEvent{Failure}))14 assert.Equal(t, "Foo[TIMEOUT][2000ms], Bar[SUCCESS][0ms], Baz[FAILURE][210ms]", logger.String())15}16func TestRequestStringCollapsing(t *testing.T) {17 logger := newRequestLog()18 commands := []string{"Foo", "Bar", "Baz"}19 logger.AddExecutionInfo(NewExecutionInfo(commands[0], 2*time.Second, []ExecutionEvent{Timeout}))20 logger.AddExecutionInfo(NewExecutionInfo(commands[0], 1*time.Second, []ExecutionEvent{Success}))21 /​/​ Same commands with different events are not collapsed.22 assert.Equal(t, "Foo[TIMEOUT][2000ms], Foo[SUCCESS][1000ms]", logger.String())23 logger2 := newRequestLog()24 logger2.AddExecutionInfo(NewExecutionInfo(commands[1], 10*time.Millisecond, []ExecutionEvent{Success}))25 logger2.AddExecutionInfo(NewExecutionInfo(commands[0], 11*time.Millisecond, []ExecutionEvent{Success}))26 logger2.AddExecutionInfo(NewExecutionInfo(commands[0], 2*time.Millisecond, []ExecutionEvent{Success}))27 /​/​ All commands executions will be aggregated, not just consecutive ones.28 logger2.AddExecutionInfo(NewExecutionInfo(commands[2], 1*time.Millisecond, []ExecutionEvent{Success}))29 logger2.AddExecutionInfo(NewExecutionInfo(commands[0], 8*time.Millisecond, []ExecutionEvent{Success}))30 /​/​ Execution times of collapsed commands are summed.31 assert.Equal(t, "Bar[SUCCESS][10ms], Foo[SUCCESS][21ms]x3, Baz[SUCCESS][1ms]", logger2.String())32}33func TestStringMultipleEvents(t *testing.T) {34 logger := newRequestLog()35 logger.AddExecutionInfo(NewExecutionInfo("Foo", 0, []ExecutionEvent{Timeout, FallbackSuccess, ResponseFromCache}))36 assert.Equal(t, "Foo[TIMEOUT, FALLBACK_SUCCESS, RESPONSE_FROM_CACHE][0ms]", logger.String())37 logger2 := newRequestLog()38 logger2.AddExecutionInfo(NewExecutionInfo("Foo", 0, []ExecutionEvent{ShortCircuited, FallbackFailure}))39 assert.Equal(t, "Foo[SHORT_CIRCUITED, FALLBACK_FAILURE][0ms]", logger2.String())40}41func TestLastRequest(t *testing.T) {42 logger := newRequestLog()43 info1 := NewExecutionInfo("Foo", 1, []ExecutionEvent{Success})44 logger.AddExecutionInfo(info1)45 assert.Equal(t, info1, *logger.LastRequest())46 info2 := NewExecutionInfo("Bar", 2, []ExecutionEvent{Success})47 logger.AddExecutionInfo(info2)48 assert.Equal(t, info2, *logger.LastRequest())49}50func TestExecutionInfoExecutionTimeNegative(t *testing.T) {51 info := NewExecutionInfo("Foo", -10*time.Millisecond, []ExecutionEvent{Success})52 assert.Equal(t, 0, info.ExecutionTime())53}54func TestStringEmptyRequestLog(t *testing.T) {55 logger := newRequestLog()56 assert.Equal(t, "", logger.String())57}58func TestStringEvents(t *testing.T) {59 logger := newRequestLog()60 logger.AddExecutionInfo(NewExecutionInfo("Foo", 0, []ExecutionEvent{SemaphoreRejected}))61 assert.Equal(t, "Foo[SEMAPHORE_REJECTED][0ms]", logger.String())62}...

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newExecutionInfo

Using AI Code Generation

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1import (2func main() {3 execution := newExecutionInfo()4 fmt.Println(execution)5}6import (7func main() {8 execution := newExecutionInfo()9 fmt.Println(execution)10}11import (12func main() {13 execution := newExecutionInfo()14 fmt.Println(execution)15}16import (17func main() {18 execution := newExecutionInfo()19 fmt.Println(execution)20}21import (22func main() {23 execution := newExecutionInfo()24 fmt.Println(execution)25}26import (27func main() {28 execution := newExecutionInfo()29 fmt.Println(execution)30}31import (32func main() {33 execution := newExecutionInfo()34 fmt.Println(execution)35}36import (37func main() {38 execution := newExecutionInfo()39 fmt.Println(execution)40}41import (42func main() {43 execution := newExecutionInfo()44 fmt.Println(execution)45}46import (47func main() {48 execution := newExecutionInfo()49 fmt.Println(execution)50}51import (52func main() {53 execution := newExecutionInfo()54 fmt.Println(execution)55}

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newExecutionInfo

Using AI Code Generation

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1import (2type executionInfo struct {3}4type execution struct {5}6func newExecutionInfo() executionInfo {7 return executionInfo{StartTime: time.Now()}8}9func newExecution() execution {10 return execution{Info: newExecutionInfo()}11}12func main() {13 exec := newExecution()14 fmt.Println(exec.Info.StartTime)15}

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newExecutionInfo

Using AI Code Generation

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1import "fmt"2func main() {3 exec := newExecutionInfo()4 fmt.Println(exec)5 fmt.Println(exec.getExecutionInfo())6}7import "fmt"8func main() {9 exec := newExecutionInfo()10 fmt.Println(exec)11 fmt.Println(exec.getExecutionInfo())12}13import "fmt"14func main() {15 exec := newExecutionInfo()16 fmt.Println(exec)17 fmt.Println(exec.getExecutionInfo())18}19import "fmt"20func main() {21 exec := newExecutionInfo()22 fmt.Println(exec)23 fmt.Println(exec.getExecutionInfo())24}25import "fmt"26func main() {27 exec := newExecutionInfo()28 fmt.Println(exec)29 fmt.Println(exec.getExecutionInfo())30}31import "fmt"32func main() {33 exec := newExecutionInfo()34 fmt.Println(exec)35 fmt.Println(exec.getExecutionInfo())36}37import "fmt"38func main() {39 exec := newExecutionInfo()40 fmt.Println(exec)41 fmt.Println(exec.getExecutionInfo())42}43import "fmt"44func main() {45 exec := newExecutionInfo()46 fmt.Println(exec)47 fmt.Println(exec.getExecutionInfo())48}49import "fmt"50func main() {51 exec := newExecutionInfo()52 fmt.Println(exec)53 fmt.Println(exec.getExecutionInfo())54}55import "fmt"56func main() {57 exec := newExecutionInfo()58 fmt.Println(exec)59 fmt.Println(exec.getExecutionInfo())60}

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newExecutionInfo

Using AI Code Generation

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1type ExecutionInfo struct {2}3func newExecutionInfo(executionID string, startTime string, endTime string, status string) *ExecutionInfo {4 return &ExecutionInfo{5 }6}7import (8func main() {9 fmt.Println("Hello, World!")10 executionInfo := execution.newExecutionInfo("1", "2020-01-01 00:00:00", "2020-01-01 00:00:00", "success")11 fmt.Println(executionInfo)12}13import (14func main() {15 fmt.Println("Hello, World!")16 executionInfo := execution.newExecutionInfo("2", "2020-01-01 00:00:00", "2020-01-01 00:00:00", "success")17 fmt.Println(executionInfo)18}19import (20func main() {21 fmt.Println("Hello, World!")22 executionInfo := execution.newExecutionInfo("3", "2020-

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newExecutionInfo

Using AI Code Generation

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1import (2type Execution struct {3}4func (e *Execution) newExecutionInfo() {5 fmt.Println("Execution Info")6}7func main() {8 e := Execution{}9 e.newExecutionInfo()10}11import (12type Execution struct {13}14func (e *Execution) newExecutionInfo() {15 fmt.Println("Execution Info")16}17func main() {18 e := Execution{}19 e.newExecutionInfo()20}21import (22type Execution struct {23}24func (e *Execution) newExecutionInfo() {25 fmt.Println("Execution Info")26}27func main() {28 e := Execution{}29 e.newExecutionInfo()30}31import (32type Execution struct {33}34func (e *Execution) newExecutionInfo() {35 fmt.Println("Execution Info")36}37func main() {38 e := Execution{}39 e.newExecutionInfo()40}41import (42type Execution struct {43}44func (e *Execution) newExecutionInfo() {45 fmt.Println("Execution Info")46}47func main() {48 e := Execution{}

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You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.

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